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b) For the circuit shown in Figure Q1 (b): i) ii) If the connection of inductor L2 is inverted such that the place of the dots is 4 Derive the equation for the total (equivalent) inductance of this circuit now opposite, derive the total (equivalent) inductance of the circuit in this case Figure Q1 (b)

Question 1 continued. A two-port network connected to a source and a load resistance Ru is shown in Figure Q (c) i) Determine the impedance parameters (Z-matrix) of the two-port network.4 ii) If the load resistor RL-10 Ω, calculate the power delivered to this resistor. c) 2Ω 4Ω 10V 4Ω RL Two-port network Figure Q1 (c)

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